PJM's Data Center Vote: Who Pays for Power in the AI Economy?
Editor's note: This article was reported on June 30, 2026, the day PJM members held advisory votes on Reliability Backstop Procurement (RBP) and Connect and Manage (CAM) proposals. At publication, ChargedUp! is awaiting final outcomes and subsequent actions by PJM's Board of Managers. The update box below should be completed with final vote results, board actions, and any subsequent FERC proceedings before publication.
By Keith Reynolds | Publisher & Editor, ChargedUp!
The Question Behind the Question
The debate unfolding inside America's largest power market is about much more than data centers. It is about who pays for the infrastructure required to support the next generation of economic growth.
For decades, electricity was largely invisible to business leaders. It appeared as a utility bill, an operating expense, a line item buried in a property budget. Owners worried about customers, financing, labor, supply chains, and competition. Electricity was assumed. That assumption is disappearing. The rapid growth of artificial intelligence, hyperscale data centers, electrified transportation, advanced manufacturing, and distributed energy is transforming electricity from a background utility into a strategic economic asset. In many parts of the country, the limiting factor for growth is no longer capital, labor, or demand. It is power.
That reality was on display as PJM Interconnection considered proposals designed to address unprecedented growth in electricity demand. The proposals are technical. The underlying question is straightforward: how can a region accommodate massive new electricity demand while maintaining reliability, protecting consumers, and enabling economic growth? For readers of ChargedUp!, this is a commercial real estate story, a planning story, and an economic development story. Most of all, it is a story about value.
The Energy-Equity Connection
Earlier this year, ChargedUp! published The Energy-Equity Connection, arguing that energy infrastructure increasingly influences inflation, economic competitiveness, property values, operating expenses, and community prosperity. The core insight was simple: energy is no longer merely a utility expense. It is becoming a strategic determinant of economic opportunity. Communities with reliable, affordable, and expandable energy infrastructure will attract investment. Communities without it may struggle to compete regardless of tax incentives, labor availability, or geographic advantages.
The challenges identified in that white paper are now visible across the country: aging transmission infrastructure, transformer shortages, long interconnection queues, electrification-driven demand growth, industrial reshoring, and rising concerns about affordability and reliability. Artificial intelligence did not create these challenges. It revealed them.
The Acute Problem: Data Centers
In an interview with ChargedUp!, Tom Rutigliano of the Natural Resources Defense Council (NRDC) described the situation succinctly. The grid has run on a relatively flat load curve for decades, he said, and it was not built expecting this kind of sudden demand growth.
That observation captures the challenge facing planners, utilities, regulators, and investors. For decades, utilities planned around predictable demand growth that moved at manageable speeds. Artificial intelligence changed the equation. Facilities measured in hundreds of megawatts, and in some cases gigawatts, are seeking interconnection in markets designed around much slower growth. Communities welcome the investment, yet they ask legitimate questions. Who pays for the infrastructure? How will reliability be maintained? What happens to electricity prices? Will existing customers bear the costs? Those questions sit at the center of PJM's debate.
What PJM Is Actually Debating
The vote centers on Reliability Backstop Procurement and Connect and Manage. The details are technical; the implications are not. Reliability Backstop Procurement seeks to preserve reliability and resource adequacy while broader reforms develop. Connect and Manage seeks to streamline the integration of large new loads and generation resources.
Viewed through a commercial real estate lens, the issue is familiar. Growth requires infrastructure. Infrastructure costs money. Someone pays. The question is who. This principle has guided real estate development for generations. Roads, water systems, sewer infrastructure, parking, and transit access all require investment, and communities routinely negotiate how those costs are allocated among developers, taxpayers, utilities, and private investors. Electricity is now entering that same conversation.
Where NRDC and Commercial Real Estate Agree
One of the most interesting aspects of the debate is the alignment emerging between groups that historically approached energy from different perspectives. Rutigliano summarized NRDC's position clearly: a party that wants to come onto the system and use a tremendous amount of power should bring the resources needed to support that load, and existing customers should not be left paying the bill.
Commercial real estate owners often reach a similar conclusion through financial analysis rather than environmental policy. Electricity costs influence operating expenses. Operating expenses influence net operating income. Net operating income influences valuation. Valuation influences investment returns. Viewed that way, cost allocation becomes an asset management issue, and questions about transmission upgrades, generation investments, and interconnection costs ultimately affect property economics. The economics of energy and the economics of sustainability are converging.
Federal Ambition Meets Local Authority
The White House National Policy Framework for Artificial Intelligence, released March 20, 2026, recognizes that energy infrastructure has become a strategic national issue. The framework advocates accelerating data center development, streamlining permitting, encouraging behind-the-meter generation, and protecting consumers from bearing the costs of AI-related demand growth. Its accompanying Ratepayer Protection Pledge advances a principle that mirrors the PJM debate: companies driving substantial new demand should contribute to the infrastructure required to support it.
Federal policy may set priorities, but local governments remain the primary gatekeepers of physical development. Every major data center ultimately encounters planning commissions, zoning boards, utility coordination, infrastructure agreements, and elected officials. Planning and zoning determine where facilities can be located. Permitting determines how quickly projects move. Infrastructure coordination determines whether utilities and public services can support development. Many of the most important decisions affecting AI infrastructure are not being made in Washington. They are being made in city halls.
The Shift in Economic Development
For years, economic development organizations focused heavily on incentives. Today, infrastructure capacity increasingly matters more. Communities are recognizing that data centers differ from traditional industrial facilities. They generate significant construction activity, tax revenue, and economic activity, yet they often employ fewer permanent workers than traditional manufacturing. As a result, local governments are asking harder questions about electricity and water requirements, accompanying infrastructure investments, cost allocation, and long-term community benefit. These are not anti-growth questions. They are governance questions.
The New Energy Toolkit
The encouraging news is that communities possess more tools than ever: distributed generation, battery storage, microgrids, virtual power plants, demand response, advanced controls, building electrification, and energy management systems. Historically, economic growth, affordability, reliability, and sustainability were often framed as competing objectives. Increasingly, they are becoming aligned. The most successful projects are no longer justified solely because they reduce emissions. They are justified because they improve resilience, lower operating costs, enhance asset performance, strengthen reliability, and support community goals. That represents one of the most important shifts occurring in the energy industry today.
What This Means for Commercial Real Estate
For commercial real estate owners, electricity is becoming a strategic variable. Site selection increasingly involves power availability. Tenant attraction increasingly involves resilience and sustainability. Operating expenses increasingly depend on energy strategy. Asset values increasingly reflect infrastructure readiness. Owners who understand these trends early may benefit from stronger tenant demand, lower operating costs, enhanced resilience, and improved competitive positioning. Those who ignore them may find that electricity availability has become as important as location. For decades, the industry emphasized location, location, location. The next era may require adding another word: power.
The Bottom Line
The significance of PJM's vote extends well beyond wholesale electricity markets. For much of the past century, economic development assumed electricity would be available wherever and whenever it was needed, and the challenge was how to use it. Today, the challenge is increasingly how to provide it. Artificial intelligence, data centers, and electrification did not create this problem. They revealed it.
The communities that understand this shift first will be better positioned to attract investment. The property owners that understand it first will be better positioned to improve asset performance. The planners that understand it first will be better positioned to shape growth rather than react to it. The emerging energy transition is not simply about sustainability. It is increasingly about value: for consumers, for communities, for property owners, for investors, and ultimately for the economy itself. That is why PJM's vote matters.
Frequently Asked Questions
What is PJM?
PJM Interconnection manages wholesale electricity markets and grid reliability across all or part of 13 Mid-Atlantic and Midwest states and the District of Columbia.
What is Reliability Backstop Procurement?
A proposed one-time PJM mechanism intended to secure additional generation resources when reliability may be at risk, as a transitional bridge while broader market reforms develop.
What is Connect and Manage?
A proposal designed to accelerate the connection of large new loads and generation resources to the grid.
Why do data centers affect electricity prices?
Large new loads can require generation, transmission, and reliability investments that affect overall system costs, which flow through to customer bills depending on how those costs are allocated.
Why should commercial real estate owners care?
Electricity increasingly influences site selection, operating expenses, resilience, tenant attraction, and asset value.
Sources
Rutigliano, Tom. Google Meet Interview with author.
